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ANSYS 14.5 Workbench

Description

ANSYS is a technology-leading software for numerical simulation in product development. It offers ample software suite that covers the entire range of physics, providing access to virtually any field of engineering simulation for process design. The functionality spans all steps of CAE simulations, combined with very powerful simulation technology for Fluid Dynamics, Structural Mechanics, Electro magnetics, Multi physics and System Simulation as well as Temperature Fields. It is used to determine how a product will function with different specifications, without building test products or conducting crash tests. It’s a leading software for performing structural, thermal and vibrational analysis.

What will you learn
  • Learners will become familiar with the basics of Ansys workbench.
  • You can be able to work with different ANSYS analysis tools in workbench.
  • You will become more confident with importance and generation of meshes and also its tools.
  • You can understand mechanical analysis, linear and non-linear structural analysis.
  • You will become more familiar with thermal and transient thermal analysis, vibrational analysis, computational fluid dynamics.

499

Syllabus

Chapter: 1 INTRODUCTION About the software Applications Usage in industries

Chapter: 2 Basics of ANSYS 14.5 work bench How to open ANSYS 14.5 Tools and operations involved Basic steps in FEA problems

Chapter: 3 ENGINEERING DATA How to add materials to problem Details of engineering data sources Material properties description Adding new material properties Updating to FEA problems

Chapter: 4 GEOMETRY Detailed sketch tools Draw, modify, dimension, constraints 3D extrusion of parts Extrude, revolve, polyline, grid Named selection toolsChapter: 5 MESHES Importance of meshes Generation of meshes and tool involved Various mesh methods Importance on solving FEA problem Mapped face meshing Exporting mesh data

Chapter: 6 MECHANICAL ANALYSIS Basics of FEA analysis Chair assembly analysis Contact analysis on mechanical arm

Chapter: 7 LINEAR STRUCTURAL ANALYSIS Introduction Truss analysis Bucking analysis, I – section beam Various load analysis on curved beam Pressure load analysis on aircraft fuselage Leaf spring analysis Thermal loads on structure

Chapter: 8 NON – LINEAR STRUCTURAL ANALYSIS Introduction and importance Pipe bending analysis Pipe twisting analysis Two pipe contact twisting analysis

Chapter: 9 VIBRATION ANALYSIS Importance of vibration analysis Actuator case analysis Pre- stressed vibration analysis of tensioned string

Chapter: 10 TRANSIENT STRUCTURAL ANALYSIS Introduction and importance Time – dependent bridge structure analysis

Chapter: 11 THERMAL ANALYSIS Introduction Fin tube heat exchanger problem Heating coil problem Solenoid problem Thermal contacts problem Open and closed contact analysis

Chapter: 12 TRANSIENT THERMAL ANALYSIS Introduction Soldering of iron analysis Advanced ANSYS tutorials

Chapter: 13 COMPUTATIONAL FLUID DYNAMICS (CFD) Introduction Basic tools and example problems Car spoiler analysis CFD – post processing

Chapter: 14 CFX PROBLEMS Introduction CFX problems Compressor analysis CFX – post processing

Chapter: 15 EXPLICIT DYNAMICS About explicit dynamics problems Importance in day – to – day applications Bird strike analysis on aircraft wing Bullet impact analysis on windows glass

Duration

10 Hrs

Language

தமிழ்

Qty

1 DVD ROM

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